Question

Use the bar graph to find the experimental probability of rolling a 5. ​

Answer 1

Answer:19?

Explanation:

Answer 2

The experimental probability of rolling a 5 is 0.19, or 19%.

To find the experimental probability of rolling a 5 with a number cube (dice), based on the data provided in the bar graph, follow these steps:

1. Identify the Frequency of Rolling a 5: Look at the bar corresponding to the number 5 on the graph and note the frequency. From the image, it appears that the number 5 was rolled 19 times.

2. Calculate the Total Number of Trials: Add up the frequencies for all numbers rolled to get the total number of trials. Based on the bar graph, the total is:

`\[ 13 (for 1) + 16 (for 2) + 15 (for 3) + 17 (for 4) + 19 (for 5) + 20 (for 6) = 100 \]`

3. Compute the Experimental Probability: Use the frequency of rolling a 5 and the total number of trials to calculate the experimental probability using the formula:

`\[ P(5) = \frac{\text{Frequency of rolling a 5}}{\text{Total number of trials}} \]`

4. Perform the Calculation: Substitute the values into the formula:

`\[ P(5) = (19)/(100) \]`

5. Express the Probability: The experimental probability is expressed as the ratio of the number of times a 5 was rolled to the total number of rolls. So, the experimental probability of rolling a 5 is 0.19, or 19%.